Application of IEEE 1459-2010 for the power investigation a traction substation transformer secondary voltage

Todorov, Oleh; Bialobrzheskyi, Olexii; Andrii, Sulym

doi:10.1109/khpiweek51551.2020.9250094

Cited by 11 publications

(3 citation statements)

References 4 publications

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“…Let us consider the application of the proposed procedure for calculating the power components on the example of analyzing the electric power of a 10 kV AC traction substation (Todorov et al , 2020). In said work, currents and voltages time diagrams the low voltage side of a traction transformer are presented – Figure 4.…”

Section: Research Resultsmentioning

confidence: 99%

A positive, negative and zero sequences electric power, to improve upon the standard IEEE 1459-2010

Bialobrzheskyi

Rodkin

2022

COMPEL

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Purposes The purpose of this paper is to identify on the instantaneous electrical power basis of a nonsinusoidal periodic current three-phase asymmetric system, active and reactive positive, negative and zero sequence powers, taking into account higher harmonics. The main power theories, including those embodied in the IEEE 1459 standard, do not allow to evaluate some of power components. Design/methodology/approach A well-known fact is that the three-phase AC system total power with the symmetry of currents and voltages is constant. It corresponds to the electrical energy transfer process in a DC system. In this case, the electrical energy transmission can be taken as high quality. It has been established that the components of active and reactive powers are because of the product of current and voltage of unidirectional sequences. The orthogonal components of the oscillating power are because of the product of the voltage and current components of different sequences, with the exception of the zero sequence. Findings For an unbalanced nonsinusoidal mode of a three-phase system, the components of instantaneous power were defined, corresponding to the active and reactive positive and negative and zero sequences powers with the selection of the fundamental and higher harmonics. The active and reactive powers of sequences were divided into two categories – consumed and generated. Originality/value It is proposed to use the ratio of “interfere” power RMS value to the total power RMS value to assess the instantaneous power distortion.

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Section: Research Resultsmentioning

confidence: 99%

A positive, negative and zero sequences electric power, to improve upon the standard IEEE 1459-2010

Bialobrzheskyi

Rodkin

2022

COMPEL

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“…The Fast Fourier Transform (FFT) can be used to calculate the harmonic and supraharmonic components. Additionally, total demand distortion is calculated using the maximal demand current (Imax) corresponding to the maximal charging power of the BEVs [35].…”

Section: Fig 2: Equivalent Circuit For Emission Of Primary and Secondarymentioning

confidence: 99%

Analysis and Measurement of Supraharmonics in Real Textile Industries Using Hybrid Technique

Y. Dhayaneswaran

2024

jes

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In this paper proposes a hybrid ADKF-FHO method for analysis and study of supraharmonics in textile industry. The proposed hybrid approach is the combined performance of anisotropic diffusion Kuwahara filtering (ADKF)and Fire Hawk Optimizer (FHO). Commonly it is named as ADKF-FHO technique. The major objective of the proposed approach is the main aim is to analysis of Supraharmonicsin real textile industries. The Variable frequency drive is predominantly used in Textile industry for varying the speed to control the roller speed for obtaining quality of yarn from the machine with more productivity and high energy saving. The ADLF is utilized to ensure the supraharmonics in textile industry and the FHO is used to optimizing the switching states of the embedded power converter. In this paper, standards and its limits are discussed; simulation model of the drive is done to ensure the Supraharmonics. Real time testing of the motor with drive for ensuring the Supraharmonics at testing laboratory and real time Textile industry in different geographical location is discussed in detail. By then, the proposed model is implemented in MATLAB/Simulink working stage and the execution is calculated with the existing methods. The proposed method shows better results in all approaches like RFA, CSA and PSO.

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“…A certain rationing of the indicators of the electric energy quality from the calculation methodology standpoint was car ried out based on the materials of studies [1] in the standard [3]. This standard is used to evaluate the electrical power com ponents in complex electrical systems [4], to correct the algo rithms for the operation of power active filters [5] and to deter mine the parameters of power circuit elements a power active filters [6]. Numerically, the power quality indicators are nor malized by the standard [7] for voltage and by the standard [8] for voltage and current.…”

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confidence: 99%

Accounting for a positive, negative and zero sequences power in a three-phase unbalanced electrical system

Bialobrzheskyi,

Postil,

Yakimets

2023

Nauk. visn. nat. hirn. univ.

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Purpose. Based on the instantaneous electrical power of a three-phase asymmetric system of sinusoidal periodic current, to determine positive, negative, zero-sequences active and reactive power, as well as invariance power factor. Methodology. In the unbalance case in three-phase electrical system, the electrical energy quality is evaluated by means on voltage and current positive, negative, zero-sequences. At the same time, similar components of active and reactive power have not received practical distribution. But it is precisely in terms of power that electricity is accounted for. The instantaneous power orthogonal components in the time domain are determined using the symmetrical components of voltage and current. Active, reactive powers of positive, negative and zero-sequences are allocated. The result obtained has the property of representativeness, which most of the known results lack. Findings. The three-phase system’s instantaneous power components are analytically determined, including the amplitudes of the oscillating power components. The need to take into account the oscillating instantaneous power components has been proven by means of a graphical interpretation of a special case of the three-phase system mode. As an integral indicator that takes into account the oscillating components of the three-phase system instantaneous power, its root-mean-square value over the repetition period is used. Originality. By calculating the transformer efficiency of the studied model according to the active power positive sequence and the same indicator according to the active power as a whole, it was established, that the component sequence separation affects the results of calculating the generalized indicators, including the power transmission system objects. This can lead to erroneous judgments about the efficiency of the specified facilities functioning. Practical value. The invariance power factor was used to characterize the electrical energy quality level of a three-phase sinusoidal current system in an unbalanced mode.

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Application of IEEE 1459-2010 for the power investigation a traction substation transformer secondary voltage

Cited by 11 publications

References 4 publications

A positive, negative and zero sequences electric power, to improve upon the standard IEEE 1459-2010

A positive, negative and zero sequences electric power, to improve upon the standard IEEE 1459-2010

Analysis and Measurement of Supraharmonics in Real Textile Industries Using Hybrid Technique

Accounting for a positive, negative and zero sequences power in a three-phase unbalanced electrical system

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